R
Richard Liddiment
I am looking to use clustering to create a high availability solution. I am
very new to the subject so bear with me if my questions sound a bit dumb! I
understand the basics in that I will have two identical servers connected to
a shared disk array. However, there are a couple of issues I just can't get
my head round!
If one of the servers is the domain controller and that goes down, how is
the second server going to function if it can't find the domain controller?
If you have a third PC as the domain controller doesn't that defeat the
object i.e. your cluster will fail if the domain controller goes down
anyway.
If the workstations are reading data from server1 and server1 fails how are
they going to suddenly be able to read the data from server2 - if for
example the data path is \\server1\mydatabase?
If the cluster is used as a web server, won't you have to change to change
the web address if one of the machines fails because the one that takes over
has a different IP address?
Or is this just what is magically handled by clustering?!
Richard
very new to the subject so bear with me if my questions sound a bit dumb! I
understand the basics in that I will have two identical servers connected to
a shared disk array. However, there are a couple of issues I just can't get
my head round!
If one of the servers is the domain controller and that goes down, how is
the second server going to function if it can't find the domain controller?
If you have a third PC as the domain controller doesn't that defeat the
object i.e. your cluster will fail if the domain controller goes down
anyway.
If the workstations are reading data from server1 and server1 fails how are
they going to suddenly be able to read the data from server2 - if for
example the data path is \\server1\mydatabase?
If the cluster is used as a web server, won't you have to change to change
the web address if one of the machines fails because the one that takes over
has a different IP address?
Or is this just what is magically handled by clustering?!
Richard